DTU Design Centre

Delhi

The building planning framework was developed around existing trees and natural site patterns rather than clearing the site. Studio blocks are organised around a central courtyard, allowing academic environments to remain visually and environmentally connected to landscape systems.

Circulation corridors move through existing tree zones, maintaining natural shade and environmental continuity. Stairways and movement systems are positioned to respond to existing site conditions rather than imposing rigid geometry.

Modular planning bays support transitions between open office environments, enclosed cabins, and meeting spaces. Circulation planning ensures clear visitor movement, examination flow management, and segregated access for public, staff, and service users.

This approach supports environmental sensitivity while reinforcing observational and contextual thinking aligned with design education philosophy.

The academic environment is structured to support digitally native learning models. Studio environments are designed for laptop-based workflows and cluster-based collaborative working.

Workshops, library zones, and research environments are organised around the central courtyard, enabling functional and visual connectivity between academic disciplines.

The spatial structure supports both focused individual work and interdisciplinary collaboration, reflecting evolving design education frameworks where learning extends beyond isolated studio environments.

Natural light was integrated through controlled envelope systems to support prolonged studio use and digital work conditions. Perforated GRC jaali systems filter harsh daylight while maintaining visual softness and reducing glare.

The courtyard canopy creates filtered shade patterns aligned with natural tree shadow behaviour. Corridor planning supports cross ventilation and natural air movement, improving thermal comfort across academic zones.

These systems create a stable microclimate supporting long-duration studio work while reducing mechanical cooling dependency.

The building utilises Light Gauge Framing System (LGFS) technology to support fast construction and future scalability. Modular planning enables future expansion through vertical or horizontal extensions without disrupting existing academic functions.

The system improves structure-to-space efficiency while supporting evolving academic program requirements. The building remains adaptable to future pedagogy and technology transitions.

The DTU Design Centre demonstrates how academic infrastructure can support digital learning, collaborative design education, and environmental responsiveness within a single institutional framework.

The project establishes a model for future academic environments by integrating nature-sensitive planning, digital readiness, and modular construction adaptability.

The facility operates as a long-term academic infrastructure asset supporting evolving design education frameworks while maintaining environmental and spatial clarity.